Published 3/2023MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHzLanguage: English | Size: 2.73 GB | Duration: 7h 28m

IPv4, Subnetting, DNS, DHCP, IPv6, Routing and Switching

What you'll learn

A basic understanding networking

Understand IPv4 addressing and subnetting

Understand IPv6 addressing

Understand name resolution using DNS (Domain Naming Service)

Understand IP address assignment using DHCP (Dynamic Host Configuration Protocol)

Networking skills that will allow students to move on to advanced Cisco courses

Networking skills that will allow students to move on to Cloud courses such as Azure (Microsoft), AWS () or GCP (Google)

Requirements

No experience is needed to enroll in this course.

Description

This course introduces students to the fundamental concepts of computer networking that is necessary knowledge for those that currently work or intend to work in roles including helpdesk, desktop support, systems administrator or work with Azure, Web Services, Google Cloud Platform or any other cloud provider. Most job roles in IT require a baseline knowledge of networking, which this course will provide.In this course students can expect to learn the following topics and more:Understand IPv4 addressing.Subnetting of IPv4 networks.How devices communicate on local networks and over the internet.How switches allow devices to communicate.How routers allow devices on different networks to communicate.Understand public and private IP addressing.How to troubleshoot IPv4 communication issues using various tools.How to capture traffic for examination using Wireshark.Understand how IP addresses can be automatically assigned using the Dynamic Host Configuration Protocol (DHCP).Understand the configuration of Dynamic Host Configuration Protocol (DHCP) on Windows Servers and other types of devices.Understand how to troubleshoot Dynamic Host Configuration Protocol (DHCP) related issues.Understand how the Domain Name Service (DNS) communicates to resolve namesUnderstand the configuration of the Domain Name Service (DNS) on Windows Servers and other types of devices.Understand how to troubleshoot Dynamic Host Configuration Protocol (DHCP) related issues.Understand how to troubleshoot Domain Name Service (DNS) related issues.Understand the purpose of IPv6 and the different IPv6 address types.

Overview

Section 1: Introduction

Lecture 1 Course Introduction

Lecture 2 Interesting tools that we will use

Lecture 3 Course Outline

Section 2: Understanding, Implementing, and Troubleshooting IPv4

Lecture 4 Introduction

Lecture 5 What is an IPv4 Address

Lecture 6 What is a MAC Address

Lecture 7 Demo: MAC Address

Lecture 8 Understanding ARP

Lecture 9 OSI Model

Lecture 10 Layer 2 and Layer 3 Switches

Lecture 11 Understanding Binary Code

Lecture 12 Binary Challenge

Lecture 13 Overview of IPv4 Addressing

Lecture 14 Classful IP Addressing

Lecture 15 Subnet Mask Chart

Lecture 16 Subnetting Part 1

Lecture 17 How to Subnet document

Lecture 18 Subnetting Part 2

Lecture 19 Subnetting Part 3

Lecture 20 www.Subnet-Calculator.com

Lecture 21 Public and Private IP Addressing

Lecture 22 Network Address Translation (NAT)

Lecture 23 Demo: Network Address Translation (NAT)

Lecture 24 TCP Flow Control

Lecture 25 Configuring IPv4 on Client Devices

Lecture 26 Demo: Configuring IPv4 on Client Devices

Lecture 27 Cisco Packet Tracer

Lecture 28 Demo: Cisco Packet Tracer Router configuration

Lecture 29 Demo: Cisco Packet Tracer VLAN configuration

Section 3: Managing and Troubleshooting IPv4 Network Connectivity

Lecture 30 Introduction

Lecture 31 IPv4 Troubleshooting Methodology

Lecture 32 Demo: IPv4 Troubleshooting

Lecture 33 Demo: ipconfig

Lecture 34 Demo: Ping

Lecture 35 Demo: TraceRT and PathPing

Lecture 36 Demo: Resource Monitor

Lecture 37 Demo: Network Diagnostics

Section 4: WireShark

Lecture 38 WireShark

Lecture 39 Demo: WireShark

Section 5: Understanding Active Directory Domain Services

Lecture 40 Understanding Active Directory

Section 6: Understanding DHCP (Dynamic Host Configuration Protocol)

Lecture 41 Introduction to DHCP

Lecture 42 How DHCP Works

Lecture 43 Benefits of using DHCP

Lecture 44 How DHCP Lease Generation Works

Lecture 45 How DHCP Lease Renewal Works

Lecture 46 APIPA

Lecture 47 Demo: APIPA

Section 7: Deploying DHCP

Lecture 48 Deploying DHCP Overview

Lecture 49 Installing the DHCP role

Lecture 50 Demo: DHCP Installation

Lecture 51 DHCP Authorization

Lecture 52 Demo: DHCP Authorization

Lecture 53 Understanding Scopes

Lecture 54 Demo: DHCP Scopes

Lecture 55 Demo: DHCP Reservation

Lecture 56 Demo: DHCP Installation using PowerShell

Lecture 57 DHCP High Availability

Lecture 58 Demo: DHCP Split Scope

Lecture 59 Maintaining the DHCP Database

Lecture 60 Demo: DHCP Failover

Lecture 61 Demo: DHCP Backup and Restore

Lecture 62 Migrating the DHCP Database

Section 8: Understanding and Implementing (DNS) Domain Name Service

Lecture 63 Introduction to DNS

Lecture 64 How DNS name resolution works

Lecture 65 DNS Resolution Process PPT

Lecture 66 DNS Components

Lecture 67 DNS Zones and Records

Lecture 68 Demo: DNS Records

Lecture 69 Demo: DNS Zones

Lecture 70 Configuring DNS Clients

Section 9: Configuring Zones in DNS

Lecture 71 Zone Configurations

Lecture 72 Creating Records in DNS

Lecture 73 Configuring DNS Zones

Lecture 74 Zone Types

Lecture 75 Active Directory Integrated Zones

Lecture 76 Stub Zones

Lecture 77 Root Hints

Lecture 78 Demo: Root Hints

Lecture 79 DNS Forwarding

Lecture 80 Demo: DNS Forwarding

Section 10: Understanding IPv6

Lecture 81 IPv6 Overview

Lecture 82 Why use IPv6

Lecture 83 Differences between IPv4 and IPv6

Lecture 84 Overview of IPv6 addressing

Lecture 85 IPv6 Address Types

Lecture 86 Autoconfiguration of IPv6 clients

Lecture 87 IPv6 Client Configurations

Lecture 88 IPv4 and IPv6 coexistence

Lecture 89 Considerations for ipv6 implementation

Lecture 90 Tunneling

Bner students that want an understanding of networking concepts.,Students that need an understanding of networking that can be applied to on-premises networks and to cloud computing.

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